If you have images or screen shots created using 3D-DOCTOR (or even the demo version) and would like to share with other 3D-DOCTOR users, you can email us your images (JPEG is the preferred format) and a brief description about the image and how it's created. We'll show it here and have a link directly to your web site. If you need to check if a 3D output file generated by 3D-DOCTOR is compatible with other programs you use, you can download some sample files using the following links (click the right mouse button and use Save Target As to get the file): This heart rendering is created from a CT scan: The following rendering is created from a CT scan of a mummy using 3D-DOCTOR: Volume Rendering. VOXEL-MAN 3D-Navigator: Upper Limb. Regional and Radiological Anatomy Arme und Hand. Topographische und Radiologische Anatomie: Sebastian Gehrmann, Nazar Tariq, Andreas Petersik, Bernhard Pflesser, Andreas Pommert, Udo Schumacher, Ulf Tiede, K.

DVD-ROM for Windows XP or Vista in English and German, Springer Electronic Media, New York, 2008, ISBN 978-3-540-21010-8. The VOXEL-MAN 3D-Navigator: Upper Limb is the latest addition to a series of interactive atlases of anatomy and radiology. It follows VOXEL-MAN 3D-Navigators Brain and Skull and Inner Organs. The program is based on a high resolution realistic digital body model that was derived from the cross-sectional images of the Visible Human Project. It contains approximately 320 three-dimensional anatomical objects of the arm and the hand including bones, muscles, arteries, and nerves, as well as tendons and ligaments. The material is organized into 11 scenes (right) that can be interactively explored and additionally viewed in stereoscopic vision (red/green glasses included).
Appears to be part of the Visible Human Project....
ZIIO is published by ZLOK Disclaimer: Unless specifically mentioned in the post, we have no clue where these images came from.

NPAC/OLDA Visible Human Viewer. This Java applet allows you to select and view images of 2-dimensional slices of a human body, using processed data from the Visible Human Project of the U.S. National Library of Medicine . This is version 2 of the NPAC/OLDA Visible Human Viewer, which has a number of enhancements over version 1 . Some mirror sites are available. Choose the one that is closest to you in order to speed up downloading of the images.

Some MPEG movies of Visible Human images are now available. NEW: Optical Toys has made a great flipbook using images from the Visible Human Viewer. If you are having problems viewing this applet, check the Visible Human Viewer FAQ . Quick Guide to Using the Visible Human Viewer Select the gender ( Male or Female ) and data type ( MRI , Photo , or CT ). Select a slice by clicking and dragging one of the cutting lines. Select the image resolution ( Low , Medium , or High ) based on the speed of your Internet connection.
Med Image Download Page. System Requirements Med Image will work on Macintosh computers with at least 8 MB of RAM (20 MB recommended).

It requires between 220 MB and 600 MB of free disk space depending on the data set you wish to use. Download Instructions There are three data sets that can be downloaded from the Visible Human site. Each download contains three folders and a viewer application. To operate the viewer double click on the Med Image Icon.
Grid Slicer Demo. Background This Grid Slicer Demo allows users to extract 2D slices, at arbitrary inclinations, from a 3D gridded 1.6GB sample derived from the male data set of the Visible Human Project of the US National Library of Medicine.

Briefly, this male cadaver was frozen in a blue gelatin solution, and then cryosectioned into 1871 parallel slices at 1mm intervals, each of which provided a high resolution colored image. (Note that there are three gaps in the data where the cadaver was cut with a saw into sections that would fit in the milling device for cryosectioning.) We subsampled this data set to form a 1.6GB solid image, since, while 1-2 GB is a typical size for 3D gridded data samples in various applications (e.g., geophysical prospecting for oil, gas, or minerals), efficient manipulation within a DBMS requires the type of technology demonstrated here.

Instructions The wire and bead view has a point-cloud depiction of the Visible Human's surface, surrounded by a 3D wireframe box.
Visible Human Browser. UMVHP Regional Browsers. The Visible Human Female Head and Neck Browser.